fundamentally it seems that it is possible to divide them by basics of quantum mechanics(new)(not the present)
Dear Siva,
Yes we can.
Look for the Biot-Savart equation for the static magnetic B field and for the Gauss equation for the static electric E field.
For time varying fields, look for the Jefimenko E and B fields.
According to Maxwell's theory, both E and B fields have to mutually induce each other for free moving electromagnetic energy to propagate.
Quantum Mechanics has not yet been reconciled with electromagnetism.
Best Regards, André
@Sydney Ernest Grimm
,Thank you.
The propagation of electromagnetic wave contains electric and magnetic oscillation in perpendicular planes.
But the concept of decoherence of quantum mechanics may divide these two during thresh hold time.(One of my paper is under consideration with a journal may be published with in few days). Of course, I have published some papers already regarding (all posted in RG)space time ,relation with fundamental forces especially electromagnetic field .Based on these papers conventional QM can be explained and the question may be answered also.
I am expecting an answer in that direction which I may not aware in contemporary QM.
Thank you.
Dear Siva,
Yes we can.
Look for the Biot-Savart equation for the static magnetic B field and for the Gauss equation for the static electric E field.
For time varying fields, look for the Jefimenko E and B fields.
According to Maxwell's theory, both E and B fields have to mutually induce each other for free moving electromagnetic energy to propagate.
Quantum Mechanics has not yet been reconciled with electromagnetism.
Best Regards, André
André Michaud mutual induction of EM fields occurs in the Frequency Domain (AC), which means they can in fact induce each other in a square wave alternation form by the sum of infinite frequencies, and the width of the square wave can be extended to being DC, but such a waveform would appear... hmmm... not too dissimilar to background radiation, white noise, and the widest frequency being the length of the universe, oscillating at the rate of since the big bang.
Dear Aden,
Yes. It also systematically appears in all LRC circuits, which are actually grounded on this natural mutual induction process of both separate fields of electromagnetic energy.
Grounded on a hypothesis made by de Broglie in the 1930, it can even be used to establish a clear mechanics of the inner dynamic structure of transverse oscillation of the energy of localized photons, in complete harmony with Maxwell's equations:
https://www.omicsonline.org/open-access/on-de-broglies-doubleparticle-photon-hypothesis-2090-0902-1000153.pdf
Best Regards, André
Quantum mechanics neglected 'neuro physics' while framing its mathematical equations for quantum states and their superposition.If I am right there is some thing wrong with its basics(Mathematically it satisfied Schrodinger equation ,uncertainty principle etc).All the pure states described by it are mixed states only.Mathematics followed by its development and may be in right path.But prior to this notion physics contains lot of quantum mechanical physical interpretation)....
Any how Thank you for both André Michaud and Aden Handasyde ...I will come back to this discussion with in few days(I am waiting for a result for publication of my paper which is must to understand my statements) With that ,it seems that the observebles both position and momentum can be divided as apart of profound analysis on physical reality of quantum mechanics....This may lead to bifurcation of static electric field and magnetic field(Already in my previous works, I explained the relation between fundamental forces, energy and their relation with space time).
Thank you.
Dear Siva,
You wrote: "If I am right there is some thing wrong with its basics(Mathematically it satisfied Schrodinger equation ,uncertainty principle etc).All the pure states described by it are mixed states only."
I absolutely agree. I also did some analysis of this problem, and came to the same conclusion. If interested, my own analysis was published under the title "The Hydrogen Atom Fundamental Resonance State":
https://doi.org/10.4236/jmp.2018.95067
Looking forward to reading your coming paper.
Best Regards, André
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